Carbon decide to form magneto-electrical pulse that might be stronger than that of all forces that has been discovered so far that stronger than that of electrostatic and van der Waals forces coming from electron and nuclei of interacting element. Overall performance has been reported earlier in our other literature published elsewhere previously. Provided the measurable quantity in protein system of living form, overall growth in other system found out to be phenomenal considering the fact of all interacting force coming out of carbon rule of law that has been found here in protein material for living cells that occupy central dogma of origin of life on earth that and all coming from carbon cob-web styled operation within the bulk of other elements that occupy simply space that of fundamental particles decided to hold structure of carbon appropriately for an application that may be opt for protein to follow elsewhere. Importantly network carbon arranged within a cell of life form mostly form of operation at nano scale. Arrangements that cell line operate cohesively in different manner appropriately for local satisfaction where global may be part of it otherwise call it as nano of micro meter arising from carbon alone, where as in the inorganic material opted to form rule of carbon where in other substances like SiO2 arranged in some fashion conducting electricity cohesively within the material which may be part of non conducting elements arranged for selected purpose of operation, one might think of nano level operation that account carbon rule of law otherwise call it as cell of other life form that might be interested in nano level operation for robo like skeleton that operate naturally in the universe rather than earth alone for organic man that operate locally limited to universal problem. Otherwise limits that control productivity ought to be addressed later on for selective purpose that manipulate internal coordination of other elements that one way or other interacting with global form of operation once in operation.

1.
E.
Rajasekaran
,
R.
Meenal
,
R.
Indupriya
, “
Paradigms in computer vision: Biology based carbon domain postulates nano electronic devices for generation next
”, in
Computational vision and bio inspired computing-2018, Lecture notes in computational vision and biomechanics
,
Springer, Cham
.
2.
T.
Kalaivani
,
P.
Anilkumar
,
Synthesis of TiO2: Ce nanoparticles for development of ammonia gas sensors
,
J Mater Sci: Mater Electron.
29
(
12
),
9920
9929
(
2018
) .
3.
Chandran
Velmurugan
.
Mapping of research performance on materials science in India: a study based on clarivate analytics Web of Science database
,
Int J Environ Sci Nat Res.
15
(
1
):
555902
(
2018
) DOI:.
4.
Y.
Hassan-Montero
,
V.
Guerrero-Bote
,
F.
De-Moya-Anegón
,
Graphical interface of the SCImago Journal and Country Rank: An interactive approach to accessing bibliometric information
.
El profesional de la información
,
23
(
3
),
272
278
(
2014
) .
5.
S. D.
Trakhanov
,
N. K.
Vyas
,
H.
Luecke
,
D. M.
Kristensen
,
J.
Ma
,
F. A.
Quiocho
,
Ligand-free and -bound structures of the binding protein (livj) of the escherichia coli abc leucine/isoleucine/valine transport system: trajectory and dynamics of the inter domain rotation and ligand specificity
,
Biochemistry
,
44
,
6597
6608
(
2005
).
6.
J. S.
Sack
,
M. A.
Saper
,
F. A.
Quiocho
,
Periplasmic binding protein structure and function. Refined X-ray structures of the leucine/isoleucine/valine-binding protein and its complex with leucine
,
J Mol Biol.
,
206
(
1
),
171
191
(
1989
).
7.
P.
Sankarganesh
,
E.
Rajasekaran
,
C. S.
Vinobha
,
M.
Vijayasarathy
,
R.
Senthil
, “
The Nature of Proteins
,”
Computer Science and Information Technology, International Association of (IACSIT-SC)
,
Singapore
,
464
465
(
2009
) doi:.
8.
K.
Akila
,
N.
Sneha
,
E.
Rajasekaran
,
Study on carbon distribution at protein regions of disorder
,
Int. J. Biosci. Biochem. Bioinfo.
2
(
2
),
58
60
(
2012
).
9.
E.
Rajasekaran
,
K.
Sheeba
,
Carbon distribution accounts a lot for patterns in proteins
,
Ind. J. Bioinfo. Biotech.
2
(
1
),
45
47
(
2013
).
10.
E.
Rajasekaran
,
CARd: Carbon distribution analysis program for protein sequences
,
Bioinformation
,
8
(
11
),
508
512
(
2012
).
11.
E.
Rajasekaran
,
K.
Akila
,
M.
Vijayasarathy
,
C. S.
Vinobha
,
R.
Senthil
,
P.
Anandagopu
CARd-3D: Carbon distribution in 3D structure program for globular proteins
,
Bioinformation
,
10
(
3
),
138
143
(
2014
).
12.
E.
Rajasekaran
,
Domains based in carbon dictate here the possible arrangement of all chemistry for biology
,
Int J Mol Biol Open Access
,
3
(
5
),
240
243
(
2018
).
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